Sravanthi Kurapati

Southfield,MI

Summary

software engineer with 3 years of experience in developing robust and scalable embedded systems for real world applications. Proven ability to design and implement fault tolerant consumer devices, expertise in C, C++, Python, and embedded Systems development. Adept at collaborating across disciplines to create innovative solutions that meet rigorous technical and manufacturing requirements.

Overview

years of professional experience

Work History

SOFTWARE ENGINEER

Isha Infra

Nellore, IN

09.2020 - 07.2023

Designed and developed highly available and fault tolerant embedded systems for consumer devices, ensuring reliable operation with minimal maintenance for large scale user bases
Wrote high quality LinusX-based software for ARM architectures, enabling efficient performance on embed platforms
Participated in architecture, design and code reviews to maintain high development standards and algin with product goals
Automated test execution across virtualized and hardware in the loop environments, ensuring consistent and reliable software releases

Education

master's - electrical and computer engineering

Lawrence Technological University

Southfield, MI

05.2025

Undergraduate - electrical and electronics engineering

R.S.R engineering college

01.2020

Skills

Embedded systems and RTOS
ARM
RISC-V architecture
Microcontrollers

Network Protocols (TCP, UDP, and OSI Model)
Programming languages (C, C, Python)
MATLAB

Projects

Automatic Transmission Line Fault Detection and Location Tracking:

Detecting transmission line fault and finding the GPS location of the fault
Location is updated to server through GPS and updated location sent to the mobiles using GSM

Designing Filter Using MATLAB SIMULINK, By using different blocks from the Toolbox:

Designed low pass filter, high pass filter, band pass filter and band stop filter
Analyzed filters by varying different ranges of frequencies and attenuation factors

Embedded Networking System:

Developed a custom lightweight TCP/IP stack for low-power IoT devices, optimizing communication reliability and energy efficiency
Implemented UDP and simplified TCP for efficient data transfer, along with MQTT for lightweight publish-subscribe communication
Integrated power-saving features like radio duty cycling and header compression (6LoWPAN), reducing energy consumption by 30%

Presentations

Ocean Thermal Energy Conversion
Photoacoustic Imaging
Prototype Development

Timeline